Baked Texturing
Baked texturing is a 3D graphics technique where complex lighting, shading, and material details are pre-calculated and stored as texture maps (e.g., normal maps, ambient occlusion maps, or lightmaps) to optimize real-time rendering performance. It involves 'baking' high-fidelity data from a detailed 3D model or scene into 2D textures that can be applied to a lower-polygon model, reducing computational load while preserving visual quality. This is commonly used in video games, architectural visualization, and animated films to achieve realistic visuals without sacrificing frame rates.
Developers should learn baked texturing when working on real-time applications like video games or VR/AR experiences, where performance is critical and dynamic lighting calculations are too expensive. It's essential for optimizing scenes with static elements, such as environments or props, by pre-computing shadows, reflections, and complex material interactions. Use cases include creating detailed game assets, enhancing visual fidelity in mobile games, and speeding up rendering in interactive simulations.